Every unpatched vulnerability is a deferred liability. As applications grow more complex through microservices, third-party APIs, cloud-native infrastructure, and AI-generated code, the attack surface expands faster than traditional reviews can address.
Compliance frameworks like SOC 2, ISO 27001, PCI DSS, and HIPAA now mandate continuous security testing rather than annual audits. Our security testing services cover the full vulnerability lifecycle.
That includes static analysis during development, dynamic testing in staging, API-level fuzzing, and adversarial penetration testing before major releases or compliance cycles.
Top 10 Coverage Across Engagements
Severity Scoring Standard
Critical Vulnerability Turnaround
SOC 2 / ISO 27001 Ready Reports
Scan source code and dependencies for insecure coding patterns and CVE-matched libraries. Findings surface during development, so engineers fix issues before code reaches staging.
Black-box testing of running applications to identify injection flaws, broken authentication, and exposed endpoints. Validates real-world exploitability against deployed builds.
Fuzz REST and GraphQL APIs for authentication bypass, broken object-level authorization, and injection. Targets the layer where most modern breaches now occur.
Adversarial engagements with manual exploitation, lateral movement, and privilege escalation. Validates the actual business impact of stacked vulnerabilities.
Cloud configuration audits across AWS, Azure, and GCP. Identifies IAM misconfigurations, open security groups, and storage exposure that scanners miss.
Continuous SCA scanning of package dependencies for known CVEs using Snyk, Dependabot, or Trivy. Prevents supply-chain risk from reaching production.
A repeatable engagement model that scales from a single application to enterprise-wide programs. Each phase produces auditable artifacts your compliance team can rely on.
Risk posture overview, critical finding count, and remediation priority. Designed for CISO and board-level review with a non-technical context.
Each finding is documented with a CVSS score, affected endpoint, reproduction steps, evidence in screenshots or payloads, and remediation guidance written for the responsible engineer.
Re-test cycle confirming all critical and high findings are resolved before sign-off. Closure is evidenced by the same reproduction steps used to identify the issue.
Formatted for SOC 2, ISO 27001, PCI DSS, and HIPAA audit requirements. Reports are accepted by most auditors without modification, reducing audit-prep effort for your team.
Think of SAST, or Static Analysis, as an architect reviewing the blueprints for structural flaws. DAST, or Dynamic Analysis, is a building inspector trying to kick the door down to see if it holds.
Using both ensures you catch security debt before it becomes an expensive liability.
Automated tools are good at finding low-hanging fruit, but they lack the intuition of a human adversary. Our penetration testing services involve expert security researchers who manually chain together minor vulnerabilities to achieve a significant exploit, demonstrating real business impact rather than a list of theoretical issues.
Yes. We specialize in embedding application security testing services directly into your SDLC. By integrating SAST and dependency scanning into your build process, your developers get real-time feedback. They fix vulnerabilities as they write code rather than weeks later in a separate review cycle.
Compliance frameworks like PCI DSS or SOC 2 typically require at least an annual audit, but the modern threat landscape moves much faster. We recommend a layered cadence:
We provide auditor-ready reports designed to satisfy SOC 2, ISO 27001, HIPAA, and PCI DSS requirements.
These reports include an executive summary for your leadership team and a detailed technical breakdown for your engineers, complete with CVSSv3 scoring and remediation steps. A final validation report follows once fixes are implemented to evidence improved posture.
Yes. Our API security testing services target REST and GraphQL endpoints for authentication bypass, broken authorization, and injection.
On the infrastructure side, we audit AWS, Azure, and GCP environments for IAM misconfigurations, open security groups, and exposed storage. Coverage extends to the most common attack surfaces in modern cloud-native architectures.